Map and establish hierarchies of the most relevant existing resources that can support safe by design of nanotechnology
Establish simple, robust and cost-effective human and environmental hazard, exposure, and risk assessment strategies
Improve usability of existing tools for risk identification and risk assessment (i.e. GUIDEnano)
Propose safe by design strategies to eliminate or reduce risks at the design stage of a product or production process
Develop SAbyNA guidance platform integrating selected resources to propose safe by design strategies to maximize safety while maintaining functionality
Implement and validate the applicability of the SAbyNA guidance platform in 3D printing and paints
SAbyNA Unveils Second Newsletter, Spotlighting Early Career Researchers SAbyNA Unveils Second Newsletter, Spotlighting Early Career Researchers SAbyNA Unveils Second Newsletter, Spotlighting Early Career Researchers SAbyNA Unveils Second Newsletter, Spotlighting Early Career Researchers SAbyNA Unveils Second Newsletter, Spotlighting Early Career Researchers
In a major milestone, the SAbyNA project proudly unveils its brand-new 3D animated video, marking the culmination of several months of dedicated effort. This visually stunning video presents the project in an entirely new light, effectively encapsulating its objectives, methodology,
On 24 and 25 October, the consortium of the European SAbyNA project met at the French Alternative Energies and Atomic Energy Commission (CEA) to review the progress of the project. The meeting, which was attended by all members of the
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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 862419. This publication reflects only the author’s views and the European Union is not liable for any use that may be made of the information contained therein.
